Biotechnology and Plant Genetic Resources : Conservation and Use

"Explores a number ways that of techniques for [sic] that have been developed for manipulating genomes can be applied in assessing, conserving, and using plant genetic variation. The topics include population structure and conservation, rice as a case study of molecular markers and managing genetic resources in seed gene banks, DNA banking, plant breeding, germplasm health and quarantine, biodiversity for bio- industries, and internet resources. Addressed to scientists in biodiversity and germplasm conservation, crop improvement, museums and herbaria, genetics, taxonomy, molecular biology, and ecology."--SciTech Book News "Explores a number ways that of techniques for [sic] that have been developed for manipulating genomes can be applied in assessing, conserving, and using plant genetic variation. The topics include population structure and conservation, rice as a case study of molecular markers and managing genetic resources in seed gene banks, DNA banking, plant breeding, germplasm health and quarantine, biodiversity for bio- industries, and internet resources. Addressed to scientists in biodiversity and germplasm conservation, crop improvement, museums and herbaria, genetics, taxonomy, molecular biology, and ecology."--SciTech Book News "Explores a number ways that of techniques for [sic] that have been developed for manipulating genomes can be applied in assessing, conserving, and using plant genetic variation. The topics include population structure and conservation, rice as a case study of molecular markers and managing genetic resources in seed gene banks, DNA banking, plant breeding, germplasm health and quarantine, biodiversity for bio- industries, and internet resources. Addressed to scientists in biodiversity and germplasm conservation, crop improvement, museums and herbaria, genetics, taxonomy, molecular biology, and ecology."--SciTech Book News "Explores a number ways that of techniques for [sic] that have been developed for manipulating genomes can be applied in assessing, conserving, and using plant genetic variation. The topics include population structure and conservation, rice as a case study of molecular markers and managing genetic resources in seed gene banks, DNA banking, plant breeding, germplasm health and quarantine, biodiversity for bio- industries, and internet resources. Addressed to scientists in biodiversity and germplasm conservation, crop improvement, museums and herbaria, genetics, taxonomy, molecular biology, and ecology."--SciTech Book News "Explores a number ways that of techniques for �sic� that have been developed for manipulating genomes can be applied in assessing, conserving, and using plant genetic variation. The topics include population structure and conservation, rice as a case study of molecular markers and managing genetic resources in seed gene banks, DNA banking, plant breeding, germplasm health and quarantine, biodiversity for bio- industries, and internet resources. Addressed to scientists in biodiversity and germplasm conservation, crop improvement, museums and herbaria, genetics, taxonomy, molecular biology, and ecology."--SciTech Book News